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Table 2.

Lateral heat transports out of each basin, averaged over the 100-yr run, for the control temperature , passive tracer , temperature anomaly , and redistributive anomaly, . First row: Heat transport through Indonesian Throughflow for Indian and Pacific basins. Second row: Sum of heat transports out of Southern Ocean boundaries of each basin. Third row: Sum of first two rows. We neglect the Bering Strait heat transport, which is very small. Negative = Export/positive = import, values in PW.

Lateral heat transports out of each basin, averaged over the 100-yr run, for the control temperature , passive tracer , temperature anomaly , and redistributive anomaly, . First row: Heat transport through Indonesian Throughflow for Indian and Pacific basins. Second row: Sum of heat transports out of Southern Ocean boundaries of each basin. Third row: Sum of first two rows. We neglect the Bering Strait heat transport, which is very small. Negative = Export/positive = import, values in PW.
Lateral heat transports out of each basin, averaged over the 100-yr run, for the control temperature , passive tracer , temperature anomaly , and redistributive anomaly, . First row: Heat transport through Indonesian Throughflow for Indian and Pacific basins. Second row: Sum of heat transports out of Southern Ocean boundaries of each basin. Third row: Sum of first two rows. We neglect the Bering Strait heat transport, which is very small. Negative = Export/positive = import, values in PW.
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